Ava Mroz ’22 recently received media attention for her efforts to combat the tree-infesting invasive pest as part of her role as environmental assistant for the town of Secaucus.
Researchers discuss hurricanes, floods, storm surges, climate change, emergency preparedness.
Miller’s research aims to protect shorelines under the threat of sea level rise.
Recipients say a Stevens education and participating in extracurricular activities helped set them apart
Stevens is one of 28 consortium members that will receive funding from the National Oceanic and Atmospheric Administration.
Graduating senior overcomes obstacles, experiences cooperative education and builds support systems and mentorship for current and future students
The Department of Civil, Environmental and Ocean Engineering at Stevens was founded on the core principles of engineering that underpin the infrastructure which supports our economy and our society.
Our community of expert faculty and reserachers train our students to address the complex cross-disciplinary challenges faced in the design, construction and monitoring of urban/interconnected infrastructure systems, sustainable environmental systems, resilient coastal communities, and oceanic systems.
Learn more about research in the Department of Civil, Environmental and Ocean Engineering →
Including 14 Tenure Track, 4 Teaching, and 6 Research Faculty
Number of Ph.D. Students Per Faculty Member
Annual Research Expenditures
Number of Undergraduate Students with Job Offers After Graduation
Number of Undergraduate Students
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Research funding in the Department of Civil, Environmental, and Ocean Engineering comes from many prestigious national organizations. In 2018, researchers were awarded a total of $5.9 million to study…
The structural engineering group focuses its research on multiscale modeling and reliability/uncertainty/risk assessment of complex/material systems.
This research explores material surface properties, energetic compounds deactivation and various aspects of soil properties.
This area includes the New York Harbor Observing and Prediction System (NYHOPS) that provides real-time data about the waters of NY/NJ.
Research centered on the study and application of the nonlinear interaction of acoustic and vibrational energy in various media and materials.
